Educacion
A MOBILE AGENT-BASED P2P E-LEARNING SYSTEM. Takao KAWAMURA, Shin KINOSHITA and Kazunori SUGAHARA
Author: Juan José Calderón Amador
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Hoy traemos a este espacio este artículo titulado:
A MOBILE AGENT-BASED P2P E-LEARNING SYSTEM de
Takao KAWAMURA, Shin KINOSHITA and Kazunori SUGAHARA
Department of Information and Knowledge Engineering
Tottori University
4–101, Koyama-Minami
Tottori, JAPAN
publicado en proceedings of the 16th LASTED international Conference
PARALLEL AND DISTRBUTED COMPUTING AND SYSTEMS
NOVEMBER 9-11, 2004, CAMBRIDGE, MA, USA
PARALLEL AND DISTRBUTED COMPUTING AND SYSTEMS
NOVEMBER 9-11, 2004, CAMBRIDGE, MA, USA
ABSTRACT
In this paper, we present a novel framework for asynchronous WBT. The proposed system has two distinguishing features. Firstly, it is based on P2P architecture for scalability and robustness. Secondly, all contents in the system are not only data but also agents so that they can mark
user’s answers, tell the correct answers, and show some extra information without human instruction. We also present
a prototype implementation of the proposed system on Maglog that is a Prolog-based framework for building mobile
multi-agent systems we have developed. Performance simulations demonstrate the effectiveness of the proposed system.
In this paper, we present a novel framework for asynchronous WBT. The proposed system has two distinguishing features. Firstly, it is based on P2P architecture for scalability and robustness. Secondly, all contents in the system are not only data but also agents so that they can mark
user’s answers, tell the correct answers, and show some extra information without human instruction. We also present
a prototype implementation of the proposed system on Maglog that is a Prolog-based framework for building mobile
multi-agent systems we have developed. Performance simulations demonstrate the effectiveness of the proposed system.
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